At Metal X Technologies, we understand that bending press dies and tools are the backbone of precision sheet metal work. Even the slightest deviation in profile can mean wasted material, misaligned bends, and costly downtime. That’s why our CNC EDM Wirecut service is trusted by fabricators, toolrooms, and manufacturers across Odhav and Ahmedabad to deliver bending dies and tools with exact geometry — every single time. We specialize in cutting complex die profiles, matching punch and die sets, and achieving razor-sharp edges even on hardened tool steels and wear-resistant alloys.
With our Ratnaparkhi H NXG 3545 Wirecut machine, we combine speed, consistency, and micro-level precision for projects ranging from small repair inserts to full-size die sets. Whether you need a new press brake die, a replacement tool insert, or a high-tolerance modification, we approach each job with the same care as if it were our own production tool. Our process is backed by real experience — not just machine capability — so we deliver practical solutions that work in your press every time. And because we’re local to Ahmedabad, you get shorter lead times, faster communication, and the peace of mind of working with a partner who understands your industry needs inside and out.
At Metal X Technologies, we understand that bending press dies are not just tools—they’re the backbone of accurate metal forming. Our CNC Wirecut service delivers exceptional precision for all die types, including V-bending, L-bending, U-bending, Z-shapes, quadrilateral bends, and radius-based profiles. Every cut is tailored to your exact design specifications, ensuring flawless bend angles and smooth transitions. 🛠️
Material choice matters for performance and longevity—that’s why we work with premium tool steels like D2, A2, and H13, as well as high-strength alloys such as 42CrMo and wear-resistant AR400. This ensures your dies withstand repeated stress, resist wear, and maintain accuracy over thousands of cycles. ⚙️
We engineer dies with precise stress distribution to minimize deformation, deflection, and early wear. Our process accounts for springback—the natural rebound of metal after bending—by applying geometry adjustments and over-bending techniques so your final parts come out exactly to spec. 🔩
From angle and radius calibration to clearance control, we deliver dies that meet the highest manufacturing standards. For sharper bends, we recommend die fillet radii set at 2× sheet thickness, with tight clearance for perfect part geometry. ✅
Whether you’re producing small-batch components or high-volume runs, Metal X Technologies combines local expertise with advanced wirecut technology to craft bending press dies and tools that perform with consistency and reliability. Your precision is our priority. 📍 Odhav, Ahmedabad.
In bending, precision starts with the right die profile. Metal X Technologies supports a full spectrum of die designs—including V-bending, L-bending, U-bending, Z-shapes, quadrilateral forms, and radius-based arrangements. Our Wire EDM can accurately craft these dies to total design spec, ensuring correct bend angles and smooth transitions. These profiles aren't just shapes—they’re critical for bend accuracy, material behavior, and repeatable results.
Choosing the right material for your bending dies determines both performance and lifespan. We wirecut press brake dies in durable materials like D2 and A2 tool steel, high-strength 42CrMo, and wear-resistant H13 or AR400. This ensures they maintain hardness, resist wear, and withstand repeated stress without cracking.
Effective bending die design isn’t just shape—it’s about stress distribution and durability. Proper die geometry ensures accurate bending with uniform stress, minimizing deformation and deflection over time. That’s why our Wire EDM services deliver not just dimensionally correct dies, but ones built for long-term precision and resilience in production.
Springback—the tendency of metal to rebound after bending—is a real challenge. At Metal X, we collaborate with clients to factor in over-bending and adjust die geometry so that final parts come out true to spec. Our controlled wirecutting process complements springback compensation to ensure part accuracy.
Balanced die geometry is essential: for bends to be sharp, your punch and die fillet radii, along with clearance values, must be precise. A typical rule is setting the die fillet radius to 2 × sheet thickness for robust bending, while tight clearance ensures accurate angles without part deformation.